Bondtech CHT BiMetal Vol Coated Nozzle 0.40mm
Description
123-3D UK
The Bondtech CHT® BiMetal Volcano coated nozzle has a copper body and a nickel coating and is ideal for high flow applications. The nozzle can increase the maximum volume flow of your Volcano heat block by 25 to 65%. This depends on the material, hardware and print settings. In addition, the nozzle is abrasion resistant and therefore suitable for use with abrasive materials. The product has an opening of 0.4mm and is suitable for filament with a diameter of 1.75mm, but is also compatible with 2.85mm filament.Can be used with the following blocks/printers: E3D Volcano blocks Other Volcano Blocks Artillery Sidewinder X1 and X2 Anycubic Vyper FLSUN Super Racer FLSUN V400 Artillery Genius Pro Anycubic Kobra and Kobra Max Lulzbot TAZ MOARstruder
The Bondtech CHT® BiMetal Volcano coated nozzle has a copper body and a nickel coating and is ideal for high flow applications. The nozzle can increase the maximum volume flow of your Volcano heat block by 25 to 65%. This depends on the material, hardware and print settings. In addition, the nozzle is abrasion resistant and therefore suitable for use with abrasive materials. The product has an opening of 0.4mm and is suitable for filament with a diameter of 1.75mm, but is also compatible with 2.85mm filament.Can be used with the following blocks/printers: E3D Volcano blocks Other Volcano Blocks Artillery Sidewinder X1 and X2 Anycubic Vyper FLSUN Super Racer FLSUN V400 Artillery Genius Pro Anycubic Kobra and Kobra Max Lulzbot TAZ MOARstruder
AmazonCopper and Hardened Vanadium Steel nozzle for high flow applications with abrasive materials. Increase the Max Volumetric Flow of your Volcano style heat block by 50%. Nozzle is supplied with Nickel Coating (grey color). Will fit the following blocks/printers: E3D Volcano blocks Other Volcano type blocks Artillery Sidewinder X1 and X2 Anycubic Vyper FLSUN Super Racer Artillery Genius Pro Anycubic Kobra and Kobra Max Lulzbot TAZ MOARstruder Others compatible with Volcano